eFuels Are Moving from Climate Option to Strategic Necessity for Latvia and the Baltics
This article explores how the findings of The Market Potential of eFuels translate into strategic opportunities for Latvia and the Baltic states, with a focus on port-based, bankable eFuel project development. It also highlights how current fossil energy supply disruptions reinforce the case for eFuels as a long-term tool for transport decarbonisation, energy resilience and industrial competitiveness.
NEWS
HydrogenLatvia
3/24/20266 min read
Europe’s transport transition is no longer only about decarbonisation targets. It is also about resilience, supply security and industrial competitiveness. Against the backdrop of current fossil energy supply disruptions linked to the Iran crisis, the discussion around eFuels becomes more concrete. For Latvia and the Baltic states, this is not simply a future technology debate. It is increasingly a strategic question about how to reduce exposure to imported fossil molecules while building new energy and industrial value chains at home.
The report The Market Potential of eFuels by eFuels Alliance adds useful depth to this discussion. Its main message is clear: even under ambitious transition assumptions, internal combustion technologies remain relevant across mobility segments, especially in shipping and aviation, while liquid fuel demand will continue to matter for longer than many policy narratives suggest. The study also shows that if the wider powertrain transition is delayed by supply chain bottlenecks, cumulative liquid fuel demand in EU mobility could remain materially higher than expected. In that context, eFuels are positioned not as a marginal option, but as an important lever for closing the decarbonisation gap.
eFuels Return to the Strategic Energy Debate
The report underlines that internal combustion engines are expected to remain relevant across all mobility fleets well into the long term, with a particularly strong role in maritime shipping and aviation. Even in the EU’s own ambition-based pathway, these sectors continue to depend heavily on liquid fuels because technical alternatives remain limited for many use cases.
This matters for the Baltic region. Latvia, Lithuania and Estonia all sit within a transport geography where maritime connectivity, logistics, freight and export-oriented industry remain strategically important. That means the region cannot rely on a single transition pathway. Electrification will expand, but liquid and gaseous fuels will remain part of the energy mix for longer than originally anticipated, especially in hard-to-abate segments. From that perspective, eFuels should be viewed not only as a climate tool, but also as part of a broader energy sovereignty agenda.
For countries with open economies and strong dependence on external fuel markets, the long-term value of eFuels lies in optionality. They offer a route to replace part of fossil demand with domestically or regionally produced synthetic fuels based on renewable electricity, hydrogen and captured carbon. That does not solve every energy security issue overnight, but it creates a credible pathway toward lower structural vulnerability.
Market Outlook Signals for Future Fuel Demand
One of the most important findings in the report is that the transport transition may not move at the speed implied by headline policy ambitions. The study points to industrial bottlenecks in battery materials, renewable energy equipment and related supply chains. Under its bottleneck-adjusted scenario, the battery-electric vehicle ramp-up is delayed, and cumulative liquid fuel demand in EU mobility becomes 14 percent higher by 2050 than in the ambition scenario. For on-road mobility alone, cumulative liquid fuel demand remains 23 percent above plan.
That is a highly relevant signal for investors and policymakers. It suggests that long-term demand for low-carbon liquid fuels may prove more robust than some market actors currently assume. If the transition slows on the powertrain side, the pressure to decarbonise remaining liquid fuel use grows. This is exactly where eFuels gain strategic relevance.
The report goes further and indicates that, from an industrial feasibility perspective, the eFuel ramp-up could accelerate significantly after 2030. In its industrial potential scenario, cumulative eFuel volumes could reach roughly three times the level assumed in the baseline ambition pathway, with the market potentially reaching around 200 billion liters of gasoline equivalent by 2045. The study concludes that an accelerated eFuel ramp-up could help offset the additional emissions created by a slower powertrain transition.
For Latvia and the Baltics, this shifts the planning logic. The question is no longer whether eFuels sit outside the transition. The question is which eFuel pathways can be developed in a way that matches regional assets, infrastructure and demand.
A Real eFuel Development Opportunity for Latvia and the Baltics
The report’s project pipeline data also offers a practical signal about where the early market is heading. Globally, eMethanol dominates announced capacity toward 2030, accounting for 82 percent of the pipeline. Other fuels such as eSAF, eGasoline/eNaphtha and eMethane are also developing, but from a smaller base, while eSAF is expected to gain stronger momentum over time.
For the Baltic region, this has immediate strategic relevance. eMethanol appears especially aligned with regional conditions because it can connect renewable electricity development, hydrogen production, CO2 sourcing and maritime fuel demand. Ports in Latvia and across the Baltic Sea region could become natural anchor points for this type of project. They combine logistics access, industrial land, storage potential, marine fuel relevance and international trade connections. In practical terms, port-linked eMethanol may be one of the most realistic first-wave eFuel business cases for the region.
At the same time, eSAF deserves attention as a medium- to longer-term opportunity. The Baltics may not be the first region to scale large standalone eSAF production, but cross-border structures linked to renewable hydrogen, certified carbon sources and regional aviation demand could become increasingly relevant. This is particularly true if European regulatory pressure and airline decarbonisation obligations continue to strengthen.
Latvia has several structural advantages that could be translated into future eFuel investment cases: access to expanding renewable electricity, strong port geography, industrial and logistics heritage, and a growing policy interest in hydrogen and Power-to-X pathways. The Baltics as a whole also have an advantage in regional coordination. Individually, markets are small. Collectively, they can present a stronger demand case, a broader infrastructure story and a more investable platform for project development.
The Building Blocks of Bankable eFuel Projects in Baltic Conditions
The report is equally clear about the current weakness of the sector: eFuel projects may be visible, but very few are financially mature. Only 6 percent of announced eFuel capacity planned for 2030 has secured financing, while 94 percent has not yet reached final investment decision. A large share of the pipeline remains in concept, feasibility or pre-FID development stages. In Europe, financing performance is particularly weak, largely because regulatory uncertainty and insufficient long-term offtake still undermine investor confidence.
That is the most important lesson for Latvia and the Baltics. The region does not need eFuel concepts alone. It needs bankable eFuel structures.
A bankable Baltic eFuel project will likely require five core elements.
First, it needs access to competitive renewable electricity at sufficient scale. Power economics remain central to synthetic fuel viability, so the credibility of the power supply strategy is fundamental.
Second, it needs a realistic carbon sourcing solution. The report explicitly highlights the importance of integrating unavoidable industrial CO2 sources and creating clear sustainability certification pathways, especially in regions with limited access to biogenic carbon. That point is highly relevant for the Baltics, where carbon availability may become a defining project variable.
Third, it needs structured offtake. Not general market interest, but credible demand from shipping, aviation, heavy transport or industrial counterparties willing to enter long-term arrangements. Without this, projects remain difficult to finance regardless of technical readiness.
Fourth, it needs regulatory predictability. The report stresses that evolving production requirements, weak quotas and uncertain long-term compliance rules are key barriers to investment. Pragmatic production standards, stronger long-term demand signals and better use of support instruments are all necessary to move projects toward FID.
Fifth, it needs risk-sharing. One of the stronger messages in the study is that cross-industry collaboration can improve project attractiveness by combining cost reduction, scaling logic and shared risk structures. That is especially important in the Baltic context, where projects may need to aggregate multiple users and sectors rather than depend on one single offtaker.
In this sense, the most credible Baltic eFuel projects are likely to be phased, corridor-based and anchored in real industrial ecosystems. Port platforms, maritime logistics, airport fuel demand, industrial carbon streams and regional renewable power should be connected from the start. That is how demonstration logic begins to evolve into financeable infrastructure logic.
From Energy Security Pressure to Long-Term Industrial Strategy
The most valuable takeaway from the report is that eFuels should not be treated as a side topic in the energy transition. They are becoming part of the long-term architecture for transport decarbonisation in sectors where liquid fuels remain difficult to replace. At the same time, they can support a broader industrial strategy built around hydrogen, renewable electricity, carbon management and export-oriented energy products.
For Latvia and the Baltic states, this opens a more serious strategic agenda. The region can position itself not only as a future consumer of imported low-carbon fuels, but as a participant in their production, handling, storage and distribution. That requires sharper project selection, stronger offtake development, clearer policy support and much earlier work on investment readiness.
The current fossil energy disruptions tied to the Iran crisis only sharpen that argument. They remind Europe that fuel security remains a live strategic issue. In that environment, eFuels are no longer just about meeting climate obligations. They are also about building resilience into the future transport and energy system.
For the Baltics, the opportunity is real, but timing matters. The first projects that reach credible structure, strong partnerships and clear bankability will shape the region’s role in the wider European eFuel economy. The challenge now is to move from interest to execution.
Source: LinkedIn post